EEV476M010S9GAA

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Aluminum electrolytic capacitors, also known as electrolytic capacitors or electrolytic capacitors, usually comprise a metallic capacitor enclosed in a cylindrical or rectangular can. The main material of aluminum electrolytic capacitors is porous anode aluminum foil of which the surface is coated with an oxidation film generated by the inorganic electrolyte as the general cathode of the double-layer portion, and manganese carbon cathode. EEV476M010S9GAA is an aluminum electrolytic capcitor choice for many technical applications as well.

The application field of EEV476M010S9GAA lies in low impedance applications. It\'s capacitance range is from 10uF through 4 7.6uF and the rated voltage is 10Vdc. Its circuit impedance and AC leakage current is low. One of its most important features is its high surge capability due to presence of an electrolyte. Therefore, it\'s a common choice for applications which require a capacitance with low impedance for both alternating current and direct current. It matches with IC\'s and transistors and it\'s often used in power circuit, bypass, and general circuit.

The principle of working of aluminum electrolytic capacitors is similar to that of polar capacitors. The capacitor consists of two pieces of metal foil on either side of an insulating material, such as an oxide layer. The thicker areas of the two pieces of metal foil act as the inner and outer electrodes respectively and the thinner areas act as dielectrics. A controlled alternating current is applied to the capacitor. When the alternating current is applied, electrons move from the dielectric to the inner electrode, creating a polarization. The alternating current causes the electrons to flow back and forth between the two electrodes, thereby increasing the capacitance of the capacitor.

EEV476M010S9GAA aluminum electrolytic capacitor is the perfect choice for a great number of technical and industrial applications, thanks to its performance. It has good surge capability and low leakage current, so it is suitable for low impedance applications. It also allows for greater capacitance in comparison with other types of capacitors. All in all, while it may not be ideal for all applications, it is an excellent choice for a variety of applications, including power supply, bypass, and general circuit.

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